We remove single points of failure from your infrastructure and build disaster recovery plans with recovery targets that are agreed, documented and actually tested.
Based in Trevose, PA — serving Philadelphia, Bucks County, Montgomery County, Delaware County and Chester County on-site, and businesses across the United States remotely.
Clustered servers, redundant storage and network paths keep systems running through hardware failures and maintenance windows.
Scheduled test failovers show your recovery works — and how long it really takes — before you need it.
Recovery time (RTO) and data loss (RPO) objectives agreed per system, so investment matches business impact.
Step-by-step runbooks your team can execute under pressure, not knowledge locked in one engineer's head.
When a critical system goes down, orders stop, staff wait and customers notice. High availability and disaster recovery are about deciding in advance how much interruption your business can tolerate — and building infrastructure that stays within it.
We’ve designed and supported environments in healthcare, finance and manufacturing, where downtime is not an option. We bring the same approach to small and mid-sized businesses in Philadelphia and across the US, scaled to your risks and budget.
Windows Server Failover Clustering lets virtual machines and services move automatically to a healthy host when hardware fails, and lets you patch and maintain hosts without taking workloads offline. We design clusters with the right quorum model, networking and storage to behave predictably when something goes wrong.
A cluster is only as available as the storage and network beneath it. We build redundancy into storage — shared or hyper-converged with Storage Spaces Direct — and into network paths, so no single cable, switch or disk can take you down.
For databases, SQL Server Always On availability groups keep data synchronized across servers and fail over quickly. We match the availability technology to each application rather than applying one answer everywhere.
Hyper-V Replica and Azure Site Recovery replicate servers to a secondary location continuously. Using Azure as the recovery site avoids the cost of a second data center while still giving you a place to fail over to.
A recovery plan that hasn’t been tested is a hope, not a plan. We write clear, step-by-step runbooks for failover and failback, run a full test failover, and record how long recovery actually takes against your targets.
We identify critical systems, their dependencies and what an hour of downtime or lost data actually costs the business.
Together we agree recovery time and recovery point objectives for each system, balanced against budget.
We implement clustering, replication and a recovery site — on-premises, in Azure or both — to meet those targets.
A full test failover validates the plan, and regular re-tests keep it current as your environment changes.
Ready to modernize your infrastructure? Tell us about your environment and goals. We'll come back with an honest assessment and a clear path forward — no obligations, no sales pressure.